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- Objective: To study the photodegradation mechanism of Fleroxacin solution. 目的:研究氟羅沙星溶液光降解反應機理。
- Objective To investigate the safety of fleroxacin injection for prevention of postoperative infection. 目的探討氟羅沙星注射劑在預防術后感染中的安全性。
- Objective:Ascertain the prescription and technics of Fleroxacin and Glucose injection. 目的:確定氟羅沙星葡萄糖注射液的處方和工藝。
- Objective:To observe the venous vascular and muscular stimulation test of fleroxacin injection. 目的:觀察氟羅沙星葡萄糖注射液對血管、肌肉的刺激作用。
- The effect of fleroxacin on theophylline pharmacokinectics was studied in pneumo -cardiopathy patients. 目的:本文研究氟羅沙星對肺心病人體內茶鹼藥物動力學的影響，為臨床合理用藥提供依據。
- Objective: To observe the venous vascular and muscular stimulation test of fleroxacin injection. 摘要目的：觀察氟羅沙星葡萄糖注射液對血管、肌肉的刺激作用。
- OBJECTIVE: To study the post-antibiotic effects(PAE) of fleroxacin and lomefloxacin,the two new fluroquinolones. 目的:對比研究兩種新氟喹諾酮藥物氟羅沙星和洛美沙星的抗生素後效應。
- CONCLUSION: Fleroxacin is an effective drug for treatment of pulmonary infections without obvious adverse reactions. 結論：氟羅沙星是治療肺部感染的有效藥物，無顯著不良反應。
- It was found that the average recovery rate of fleroxacin with high, middle or low concentrations was 92.7 %. 高、中、低濃度的平均回收率平均為92。78%25,在氟羅沙星體內治療濃度範圍內,檢測線性關係良好。
- Conclusion:This prescription is reasonable,the craft is simple and direct,in keeping with Fleroxacin a... 結論:本處方合理,工藝簡潔,適合氟羅沙星葡萄糖注射液的生產。
- Result Fleroxacin injection had no significant stimulation on vessels and muscles. 結果:氟羅沙星葡萄糖注射液不引起血管、肌肉刺激性。
- A first derivative spectrophotometric method is presented for the determination of fleroxacin(FLX) in tablets,capsules and powder for rejection. 用一階導數分光光度法測定了氟羅沙星片劑、膠囊和粉針劑中氟羅沙星的含量。
- Objective To evaluate and compare the rationalities of two methods of determination of fleroxacin and glucose injection by UV spectrophotometry. 目的探討用紫外分光光度法測定氟羅沙星葡萄糖注射液氟羅沙星含量時,2種製備標準曲線方法的比較及其計算含量的合理性。
- Results:H2O2 can promote the photodegradation of Fleroxacin,Imidazole can restrain the photodegradation of Fleroxacin and Pefloxacin. 結果:過氧化氫對氟羅沙星光降解有促進作用,咪唑對氟羅沙星和培氟沙星光降解有抑制作用。
- Methods: The content of fleroxacin injection was determined by UV spectrophotometry,the expiry term was predicted by initial average rate methods. 方法:紫外分光光度法測定氟羅沙星注射液含量,用初均速法預測其有效期。
- AIM: To investigate the effects of fleroxacin combined with urokinase or earthworm kinase on the bacterial biofilm (BBF) of Ps.aeruginosa defined. 目的：研究尿激酶(UK)或蚓激酶(EK)與氟羅沙星(FLRX)聯合應用對細菌生物被膜的影響。
- Effects of fleroxacin (FLRX) combined with urokinase (UK) or earthworm kinase (EK) on the bacterial biofilm (BBF) of Pseudomonas aeruginosa were investigated. 探討尿激酶或蚓激酶與氟羅沙星聯合應用對銅綠假單胞菌生物被膜的影響。
- Methods: Speculate the photodegra-dation mechanism by studing the influrence of H2O2 and Imidazole to Fleroxacin and investigating the influrence of Imidazole to Pefloxacin. 方法:通過過氧化氫和咪唑對氟羅沙星溶液光降解影響的試驗和咪唑對培氟沙星溶液光降解的影響的試驗,推斷氟羅沙星溶液降解的可能機理。
- Abstract： OBJECTIVE:The effect of lamplight and daylight on the stability of fleroxacin injection was studied.METHODS:Accelerated tests upon exposure to light were employed. 摘 要： 目的：探討氟羅沙星注射液在自然光和不同燈光照射下的穩定性，以找出不同光源對該藥物穩定性的等效關係。
- The safety of Fleroxacin in treafment was stndied by using the toxicological tests such as modified Karber"s method,allergy test,venous stimulation test,and hemolysis test. 採用改良寇氏法、過敏試驗、靜脈刺激試驗、溶血試驗等毒理學試驗，觀察氟羅沙星的安全性。
